Light Fidelity (LiFi) technology enters the stage, optical wireless communication (OWC) is fast becoming a potential answer for fast indoor internet access. When employing visible light for data transfer, LiFi presents a safe, high-bandwidth substitute for conventional wireless communication technologies. Nevertheless, current approaches have limited coverage, interference, and scalability problems in challenging settings. By evaluating and maximizing the LiFi technology capabilities using a SWOT (strengths, weaknesses, opportunities, threats) analysis, the suggested technique addresses these difficulties. Methodically assessing the internal and external elements affecting LiFi's performance helps one to spot areas requiring system design, spectrum management, and interference reduction. The LiFi system combines power regulation, dynamic frequency allocation, and adaptive beamforming among other technologies to boost coverage and reduce likely interference. By means of LiFi's installation and strengthening of its practical relevance in contemporary interior spaces, the framework seeks to give a more consistent, fast indoor internet experience. In interior environments, LiFi is a practical and effective replacement for high-speed internet as the suggested approach shows significant improvements in signal quality, scalability, and general system performance. Furthermore, the SWOT analysis helps to identify particular potential and drawbacks, therefore assuring that future LiFi installations are more ecologically friendly and efficient in many different working environments.

OWC, LiFi (Light Fidelity), High-speed Indoor Internet, SWOT Analysis.